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Explore water-related photography, imagery, and illustrations.

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Water tower for public supply in Clayton, NJ
Water tower for public supply in Clayton, NJ
Water tower for public supply in Clayton, NJ
Water tower for public supply in Clayton, NJ

Groundwater is pumped from a public-supply well and stored in a water tower for residents' use in Clayton, New Jersey. The well taps groundwater from the North Atlantic Coastal Plain aquifer.

Groundwater is pumped from a public-supply well and stored in a water tower for residents' use in Clayton, New Jersey. The well taps groundwater from the North Atlantic Coastal Plain aquifer.

Hydrologic tehcnician collects a sample of untreated groundwater from a public-supply well
Hydrologic tehcnician collects a sample from a public-supply well
Hydrologic tehcnician collects a sample from a public-supply well
Hydrologic tehcnician collects a sample from a public-supply well

Groundwater in the Atlantic and Gulf Coastal Plain aquifers is old—more than 21,300 years old in more than half of the wells sampled.

Mount Rushmore water sampling
Water Sampling at Mount Rushmore
Water Sampling at Mount Rushmore
Water Sampling at Mount Rushmore

USGS scientists take samples of Lafferty Gulch surface water, which was analyzed for perchlorate and metals.

USGS scientists take samples of Lafferty Gulch surface water, which was analyzed for perchlorate and metals.

Scientists sampling surface water from a gulch
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial

Sampling Lafferty Gulch surface water that was analyzed for perchlorate and metals on July 10, 2012. Water-quality sampling of groundwater and surface water was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Sampling Lafferty Gulch surface water that was analyzed for perchlorate and metals on July 10, 2012. Water-quality sampling of groundwater and surface water was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Scientists collecting soil samples
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial

Collection of composite soil samples, Mount Rushmore National Memorial, June 20, 2012. Water-quality sampling of groundwater and surface water and soil sampling was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Collection of composite soil samples, Mount Rushmore National Memorial, June 20, 2012. Water-quality sampling of groundwater and surface water and soil sampling was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Image: Recreation Area
Recreation Area
Recreation Area
Recreation Area

Recreation areas that are normally available for summer swimming are without any water.

Recreation areas that are normally available for summer swimming are without any water.

Image: Normandy Reservoir
Normandy Reservoir
Normandy Reservoir
Normandy Reservoir

Grass growing in areas that would normally be underwater near Normany Dam.

Grass growing in areas that would normally be underwater near Normany Dam.

Image: Recreation Area
Recreation Area
Recreation Area
Recreation Area

Photo showing a location where the water is usually eight feet deep for swimming is now several feet out of the water.

Photo showing a location where the water is usually eight feet deep for swimming is now several feet out of the water.

Image: Utah Tribal Coop
Utah Tribal Coop
Utah Tribal Coop
Utah Tribal Coop

In the stream is Martel Fisher (USGS) and Bart Powaukee (Coordinator Ute Indian Tribe Water Quality Department) and some of the Ute Tribe Water Quality Department employees.

In the stream is Martel Fisher (USGS) and Bart Powaukee (Coordinator Ute Indian Tribe Water Quality Department) and some of the Ute Tribe Water Quality Department employees.

Portland, OR WSC hydrotech and USGS retirement scholarship recipient, Will Long, conducting a wading measurement
Will Long conducting a wading measurement at Tanner Creek, OR
Will Long conducting a wading measurement at Tanner Creek, OR
Will Long conducting a wading measurement at Tanner Creek, OR

Portland, OR WSC hydrotech and USGS retirement scholarship recipient, Will Long, conducting a wading measurement at beautiful Tanner Creek located in the Columbia Gorge, OR.

Portland, OR WSC hydrotech and USGS retirement scholarship recipient, Will Long, conducting a wading measurement at beautiful Tanner Creek located in the Columbia Gorge, OR.

Exposed Austin Group in road cut excavation located on south side of U.S. Highway 90.
Austin Chalk roadcut
Austin Chalk roadcut
Austin Chalk roadcut

Exposed Austin Group in road cut excavation located on south side of U.S. Highway 90 and approximately midway between Sabinal and Knippa Texas, eastern Uvalde County, Tex. Photograph taken May 29, 2012.

SIR 2013–5149

Exposed Austin Group in road cut excavation located on south side of U.S. Highway 90 and approximately midway between Sabinal and Knippa Texas, eastern Uvalde County, Tex. Photograph taken May 29, 2012.

SIR 2013–5149

Side-looking sediment acoustics
Side-looking sediment acoustics
Side-looking sediment acoustics
Side-looking sediment acoustics

Side-looking sediment acoustics. Acoustic Doppler velocity meters (ADVMs) installed at the Illinois River near Florence, May 23, 2012.

Side-looking sediment acoustics. Acoustic Doppler velocity meters (ADVMs) installed at the Illinois River near Florence, May 23, 2012.

Dragonfly larvae in water in bottom of zip-lock plastic bag held at horizon level with lake
Sampling dragonfly larvae in Sand Point Lake
Sampling dragonfly larvae in Sand Point Lake
Sampling dragonfly larvae in Sand Point Lake

Sample of dragonfly larvae in water in bottom of zip-lock plastic bag, held at horizon level with lake. At Sand Point Lake in Voyageurs National Park.

Sample of dragonfly larvae in water in bottom of zip-lock plastic bag, held at horizon level with lake. At Sand Point Lake in Voyageurs National Park.

Installing stream monitoring equipment on a tributary to Grizzly Bear Creek
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial
Water Quality Sampling at Mount Rushmore National Memorial

Installing stream monitoring equipment on a tributary to Grizzly Bear Creek, May 9, 2012. Water-quality sampling of groundwater and surface water was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Installing stream monitoring equipment on a tributary to Grizzly Bear Creek, May 9, 2012. Water-quality sampling of groundwater and surface water was conducted during 2011-15 at Mount Rushmore National Memorial to characterize the occurrent of perchlorate and selected metals commonly associated with fireworks.

Sandstone ledges in the Escondido Formation located approximately 7 miles south-southeast of the community of D’Hanis in Medina.
Sandstone ledges, Escondido Formation, Medina County
Sandstone ledges, Escondido Formation, Medina County
Sandstone ledges, Escondido Formation, Medina County

Sandstone ledges in the Escondido Formation located approximately 7 miles south-southeast of the community of D’Hanis in Medina County, Texas. Photograph taken April 13, 2012, by Robert R. Morris.

SIR 2013–5149

Sandstone ledges in the Escondido Formation located approximately 7 miles south-southeast of the community of D’Hanis in Medina County, Texas. Photograph taken April 13, 2012, by Robert R. Morris.

SIR 2013–5149

Screen capture of a ModelMuse main window displaying concentrations from an MT3DMS model.
ModelMuse: MT3DMS concentrations
ModelMuse: MT3DMS concentrations
ModelMuse: MT3DMS concentrations

The image shows a screen capture of the ModelMuse main window along with the caption "OK this is the final concentrations."

The image shows a screen capture of the ModelMuse main window along with the caption "OK this is the final concentrations."

Image: Water Quality Instrument Cleaning
Water Quality Instrument Cleaning
Water Quality Instrument Cleaning
Water Quality Instrument Cleaning

Kerry Caslow cleaning a water quality sonde that is outfitted with probes for continuous monitoring of water temperature, specific conductance, and turbidity. It is imperative that the sondes be regularly maintained so that the data, which is published online in realtime, is always accurate.

Kerry Caslow cleaning a water quality sonde that is outfitted with probes for continuous monitoring of water temperature, specific conductance, and turbidity. It is imperative that the sondes be regularly maintained so that the data, which is published online in realtime, is always accurate.

Photo of a USGS scientist standing the Chattoga River taking a discharge measurement
Discharge measurement on the Chattooga River
Discharge measurement on the Chattooga River
Discharge measurement on the Chattooga River

USGS scientist Paul Ankcorn takes a discharge measurement near USGS streamgage 02177000 CHATTOOGA RIVER NEAR CLAYTON, GA.

USGS scientist makes a discharge measurement in the middle of the Chattooga River, Georgia
Discharge measurement on the Chattooga River
Discharge measurement on the Chattooga River
Discharge measurement on the Chattooga River

Paul Ankcorn takes a discharge measurement on the Chattooga River, Georgia.

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